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This describes a scenario for Elastic Load Balancing: use Elastic Load Balancing to distribute incoming workload traffic. Elastic Load Balancing routes requests or connections to available targets rather than relying on one application instance. It is not the most direct example of Amazon EC2.

This describes a scenario for Amazon EKS: use Amazon Elastic Kubernetes Service for AWS-hosted Kubernetes orchestration. EKS offers managed Kubernetes control-plane capabilities for applications using Kubernetes APIs. It is not the most direct example of Amazon EC2.

This describes a scenario for Memory-optimized EC2: choose an EC2 memory-optimized instance family. Memory-optimized instances emphasize memory capacity relative to processing, fitting memory-intensive workloads. It is not the most direct example of Amazon EC2.

Encryption at rest instead focuses on a different requirement, such as a business wants to protect stored information on storage volumes or objects. Encryption at rest protects stored data against certain exposure risks, not data traveling across the network. It is not the primary match for the requirement described here: access dedicated managed hardware security modules.

AWS Organizations governance instead focuses on a different requirement, such as a company needs centralized governance across many separate AWS accounts. Organizations groups accounts and supports policies and billing consolidation; it does not itself analyze threats. It is not the primary match for the requirement described here: access dedicated managed hardware security modules.

Amazon Macie sensitive S3 data instead focuses on a different requirement, such as a team needs to discover potentially sensitive information stored within Amazon S3. Macie uses managed data discovery to help identify sensitive information in S3 objects, not network packet attacks. It is not the primary match for the requirement described here: access dedicated managed hardware security modules.

The roles are swapped. AWS Glue is associated with use AWS Glue for data integration, ETL and catalog features; Amazon Quick instead has the role: Use Amazon Quick for supported business intelligence and analytics experiences. Amazon Quick is the current AWS branding for business intelligence capabilities previously associated with QuickSight.

The roles are swapped. Amazon Kinesis is associated with use Amazon Kinesis for real-time streaming data ingestion and processing use cases; Amazon Quick instead has the role: Use Amazon Quick for supported business intelligence and analytics experiences. Amazon Quick is the current AWS branding for business intelligence capabilities previously associated with QuickSight.

The roles are swapped. Amazon SageMaker AI is associated with use Amazon SageMaker AI for managed machine learning development workflows; Amazon Quick instead has the role: Use Amazon Quick for supported business intelligence and analytics experiences. Amazon Quick is the current AWS branding for business intelligence capabilities previously associated with QuickSight.

The roles are swapped. EC2 Auto Scaling is associated with use Amazon EC2 Auto Scaling to adjust instance capacity based on demand; Memory-optimized EC2 instead has the role: Choose an EC2 memory-optimized instance family. Memory-optimized instances emphasize memory capacity relative to processing, fitting memory-intensive workloads.

The roles are swapped. AWS Fargate is associated with use AWS Fargate for serverless container compute; Memory-optimized EC2 instead has the role: Choose an EC2 memory-optimized instance family. Memory-optimized instances emphasize memory capacity relative to processing, fitting memory-intensive workloads.

The roles are swapped. Amazon EC2 is associated with use Amazon EC2 for configurable virtual compute instances; Memory-optimized EC2 instead has the role: Choose an EC2 memory-optimized instance family. Memory-optimized instances emphasize memory capacity relative to processing, fitting memory-intensive workloads.

VPC subnets instead focuses on a different requirement, such as an administrator needs separate IP address ranges for application and database resources within one VPC. Each subnet belongs to one Availability Zone and can have network and routing controls. It is not the primary match for the requirement described here: provide stateful virtual firewall rules for resources.

AWS PrivateLink instead focuses on a different requirement, such as a customer wants private access to a supported service without exposing traffic through public IP endpoints. PrivateLink uses VPC endpoints to access supported services over private connectivity without traversing the public internet. It is not the primary match for the requirement described here: provide stateful virtual firewall rules for resources.

AWS Direct Connect instead focuses on a different requirement, such as an enterprise wants a dedicated private network connection between its premises and AWS. Direct Connect provides private physical network connectivity through supported locations; encryption is a separate consideration. It is not the primary match for the requirement described here: provide stateful virtual firewall rules for resources.

This outcome fits Identity federation: Federation integrates identity-provider authentication with AWS access, supporting centralized workforce identity management. The stakeholder requires the more specific capability provided by Cross-account role access, not that separate benefit.

This outcome fits AWS Secrets Manager: Secrets Manager manages sensitive credentials and supports rotation workflows; IAM policies determine who may retrieve a secret. The stakeholder requires the more specific capability provided by Cross-account role access, not that separate benefit.

This outcome fits Temporary security credentials: Short-lived credentials reduce the time a stolen credential can remain useful compared with persistent access keys. The stakeholder requires the more specific capability provided by Cross-account role access, not that separate benefit.

This describes a scenario for AWS Support Center: use the AWS Support Center for eligible technical or account support cases. Support Center is the AWS interface for support cases and related help according to the account's plan. It is not the most direct example of AWS Partner Network.

This describes a scenario for AWS re:Post: use AWS re:Post for community-based AWS technical discussions. re:Post provides community questions and answers rather than guaranteed contractual support response times. It is not the most direct example of AWS Partner Network.

This describes a scenario for AWS Health Dashboard: review AWS Health Dashboard for service and account events. AWS Health provides information about relevant service disruptions and scheduled changes; it is distinct from an application metric alarm. It is not the most direct example of AWS Partner Network.

This statement is true of AWS Glue, which addresses a data team needs managed data integration and metadata catalog features for analytics workloads. It does not explain the particular role of Amazon Athena; Athena is a serverless interactive query service for supported data sources such as S3.

This statement is true of Amazon SageMaker AI, which addresses a machine learning team needs tools to build and deploy custom ML models. It does not explain the particular role of Amazon Athena; Athena is a serverless interactive query service for supported data sources such as S3.

This statement is true of Amazon Rekognition, which addresses a media team wants managed analysis of image or video content without developing its own vision model. It does not explain the particular role of Amazon Athena; Athena is a serverless interactive query service for supported data sources such as S3.

This statement is true of Test recovery assumptions, which addresses a service owner has a written recovery plan but does not know whether it would work in practice. It does not explain the particular role of Design for expected change; Cloud design principles favor adaptability and continual evaluation over treating an early configuration as permanently optimal.

This statement is true of Operational Excellence pillar, which addresses a team wants to improve routine operations through measurement, incident learning, and repeatable processes. It does not explain the particular role of Design for expected change; Cloud design principles favor adaptability and continual evaluation over treating an early configuration as permanently optimal.

This statement is true of Cost Optimization pillar, which addresses a department wants to eliminate idle spending and understand the cost of delivering business value. It does not explain the particular role of Design for expected change; Cloud design principles favor adaptability and continual evaluation over treating an early configuration as permanently optimal.

The roles are swapped. Customer RDS data permissions is associated with the customer configures database users and permissions for its application data; Customer EC2 security groups instead has the role: The customer defines and maintains the instance security group rules. Customers control security-group configuration for their EC2 workloads even though AWS operates the network infrastructure.

The roles are swapped. Customer IAM permissions is associated with the customer configures identity permissions for access to its own data; Customer EC2 security groups instead has the role: The customer defines and maintains the instance security group rules. Customers control security-group configuration for their EC2 workloads even though AWS operates the network infrastructure.

The roles are swapped. Customer encryption choices is associated with the customer chooses applicable encryption configuration and key-access policies; Customer EC2 security groups instead has the role: The customer defines and maintains the instance security group rules. Customers control security-group configuration for their EC2 workloads even though AWS operates the network infrastructure.

This statement is true of Amazon S3 object storage, which addresses a business stores images and documents as objects accessed using service APIs. It does not explain the particular role of AWS Backup; AWS Backup centralizes backup administration across supported resources; it is separate from normal object lifecycle transitions.

This statement is true of S3 Standard-Infrequent Access, which addresses a business rarely accesses certain long-lived backup files but needs them rapidly when requested. It does not explain the particular role of AWS Backup; AWS Backup centralizes backup administration across supported resources; it is separate from normal object lifecycle transitions.

This statement is true of Amazon EFS shared files, which addresses multiple Linux EC2 instances require a shared elastic file system supporting common file semantics. It does not explain the particular role of AWS Backup; AWS Backup centralizes backup administration across supported resources; it is separate from normal object lifecycle transitions.